Mass and volume are the two properties used to measure objects. Quantification is the procedure of measuring the quantity of an entity based on its weight, mass, length, and volume. Units are used to measure an object, viz., kilograms (KG), Metre (M), seconds, and Kelvin. However, a few of us tend to get confused about the differences between Mass and Volume. This article explains the differences between Mass and Volume.
Difference between Mass and Volume
A brief description of the differences displays that there are no actual common attributes between these two measuring units. And, they are not directly related.
| Mass | Volume |
| Mass is the physical quantity that signifies the amount of matter in the body of an object. | Volume is the evaluation of how much 3-dimensional space is occupied by the object. |
| Mass is the physical value. | Volume is the geometric value. |
| Mass is the measure of the amount of weight that is accommodated in an object or a matter. | Volume is the quantification of a finite amount of area of a given end. |
| The weight of the container with the liquid gives the mass of the liquid. | The volume of a liquid item contained in a container can be measured when the depth, length, and width are measured. |
| Mass is a persistent or regular property of a body or a material. | The volume of a substance changes as it is dependent on the state of the substance. |
Weight is a product of Mass. Formulas are about relationships between numbers. However, many people have a question. Are Mass and Volume related to each other? For pure stuff or a mixture, density is a concentrated volume, in short, it means that the value is the same Solidity expresses the pro-rata relationship between the mass and volume of the substance.
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